OARO ACCESS

In the past, increased security meant the addition of layers of process. The opposite is true with OARO ACCESS — as processes become simpler, they become more secure. This leading facial recognition hardware backed by our private cloud blockchain platform is the simple and secure access control solution for employees, contractors, and visitors in any sector.

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Benefits

Distributed and adaptive security layers backed by blockchain technology

Encrypted end-user biometric data due to our privacy-by-design approach

Tamper-proof logs of all access events and administrator activities

Reduced risk associated with lost or stolen keycards or badges

Eliminated risk of unauthorized access and security breaches

Improved security spend efficiency

Reduced administration costs

Case Application

Saint John Airport

An elegant secure-entry solution for airport employees and contractors

About the client

  • - One of Canada's fastest-growing small airports
  • - Serves almost 300,000 passengers annually
  • - $20M modernization project underway

Saint John Airport has long been recognized as one of Canada’s most innovative flight hubs. As a growing polestar of Eastern transport, the executive team has focused on putting into place systems that can scale as the airport grows. As it is for all airports, but especially small ones, security is a top priority, but so is maintaining an agile workflow. OARO offered a seamless solution. Leveraging the latest facial recognition hardware, combined with blockchain cybersecurity, Saint John was able to implement a system where authorized employees only had to approach a secure door, and face into a camera in order to gain access. 

OARO’s technology recognizes full-motion video, so would-be criminals can’t gain access using high-resolution photographs. Lost or stolen swipe cards are a non-issue. Each user is authenticated in real-time, and a tamper-proof record of their access is stored. The result is an easily scalable, entirely secure system that improves both safety and efficiency.

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